100 HP Vfd Air Compressor​ (WEG Motor)

This model falls under a pressure range of 0.8- 1.3 MPa g (116-188 psi), FAD 2.3-1.7 m³/ min (81. 2- 60. 0 CFM) such applications that require a high level of pneumatics. It has a fairly small exterior dimension of 1350 mm x 850 mm x 1110 mm and a manageable weight of 430 kg; thus, it fits narrowly spaced environments.

It has low emissions and consumes a low amount of noise with the emission rate being ≤65dB ±2 this is important for making the working environment suitable.

• VFD Technology: Facilitates the use of variable frequency drive, which enables control of the speed needed in an application and hence energy efficiency.
• High Performance: Offers a pressure rating of between 0.8 to 1.3 trailer for use in a wide application in the manufacturing processes of many industries.
• Efficient FAD: An air delivery capacity of 2.3 m³ per minute delivers free at 0.8 MPa and reduces to 1.7 m³ per minute at 1.3 MPa to meet the variation in operational requirement.
• Compact Design: Compact sizes of this equipment (1350mm * 850mm * 1110mm) make installation very convenient.
• Low Noise Operation: It produces low noise levels of less or equal to 65 dB and thus, ideal for operations where noise is a consideration.
• Standard Pipe Diameter: Comes with a G1 pipe diameter to easily connect to an array of air distribution systems.

• Compressor Unit: The primary element aimed at providing solid functionality of the carried-out air compression depending on the load.
• VFD Drive System: It enables appropriate control of the speed of the motor with the use of signals, which makes it economical since it saves energy and reduces toll on the equipment.
• Cooling System: Maintains that the compressor runs at favorable temperatures.
• Lubrication System: Maintains the proper functioning of the internal parts of the organization.
• Motor: A standard WEG motor of 100 HP; they maintain high mechanical efficiency and are built to last.

• Routine Maintenance: The other was based on the frequency of the lubricant check and replacement so that the compressor reliability would not be degraded.
• Environmental Considerations: Ensure that the installation place should be capable of accommodating maximum environmental temperatures.
• Pressure Monitoring: While going through the loop, make sure we carefully monitor the exhaust pressure because going high will put pressure on the compressor.
• Noise Level Management: Use Insulation measures if necessary in order to maintain a noise-free working environment in the laboratory.

• Manufacturing Plants: Suitable for use in operating various pneumatic tools and equipment in assembly lines in the industry.
• Energy and Power Plants: Ideally used in processes that need frequent use of compressed air at high pressure and quantity levels.
• Automotive Industry: Supplies air for use in several pneumatic tools during automobile construction and when repairing them.
• Heavy Machinery Operations: Demands accurate delivery of air for the operation of large machinery in the construction and mining sectors.
• HVAC Systems: They can be used in large HVAC systems where perhaps high pressure and steady airflow are most needed for the efficiency of the system.